Kress and the Missing Interpretant

THE CONCEPT OF LITERACY has being shifting from a purely linguistic scope to a more broad and inclusive definition. Literacy, according to the New London group (Cazden, C. 1996) and to Günther Kress (2003, 2005), should not exclusively stand for linguistic related skills, but also for meaning making in the context of a given mode. Mode, in this context, has to be understood as the existing resources for representation (Kress, G.R. 2005), which include the linguistic ones (speech writing, but image, sound, and other resources too).

As a result of this epistemological transformation, this approach to the concept of literacy enables the emergence of multiple literacies, at least as many as modes exist; and with it, the possibility of discuss other topics, like the existence of different genres within non-linguistic modes, for example.

Within this new frame, literacy passed from being a structured set of tasks to be learned to the acquisition of knowledge in the social context by different means; or in other words, a concept before structured from a linguistic perspective was broadened by the inclusion of a semiotic viewpoint (Halliday, M.A.K. 1985; Kress, G.R. 2003), a transformation marked by the passage from the letter to the sign in its broader definition, as a unit of meaning.

According to this new angle, probably one of the most productive ways of defining a sign is the one proposed by Kress, who recognizes the existence of two semiotic perspectives: Ferdinand the Saussures’ dichotomous model that defines sign as the relation between the signified (that that means) and the signifier (the meaning of that); and Charles Peirce’s triadic, more complex model that defines sign as the relation between object (that to be represented), representamen (that that represents) and interpretant (that that enables meaning) (2003, p. 31-32). Saussure developed the dichotomous sign theory within a linguistic vision that didn’t considered the language in use as pertinent for this discipline, taking the social context out of the formula (Culler, J. D. 1976). Peirce instead, developed the triadic sign including the knowledge and experiences of the interpreter within the sign itself, the “vehicle of meaning” (Deledalle, G. 2000, p.38): the interpretant.

In visual-oriented disciplines like graphic design or advertising, the prevailing semiotic model is Pierce’s one. This makes sense given the diversity and complex nature of images, and the native multimodality of design. Just to mention one example, it is common for visual messages to create signs (and meaning) based not only on the presence of a given object but on its absence; and it is impossible to get meaning from the absence (or even to represent it) when the context is not pointing to that absence. We can notice the same situation in music. It was Mozart who said that “The music is not in the notes, but in the silences between them”, but silence itself can only be defined as the absence of sound or a similar noun.

Both Kress (2003) and Bolter (2001) address the dominance of image over text as the main mode of meaning and communication. But instead of fully embracing Peirce’s semiotic model, Kress chose to define sign according to his own version of Saussure’s model, modifying the arbitrary nature of sassurean sign to a “motivated” one. He accepted though, to take “Peirce’s iconic sign as the model of all relations of signs to their referents” (Kress, G. R. 2003, p. 32). It is possible to assume that Kress did so because the iconic sign is the only one that keeps a close and obvious relation between the object and its representation, it is the only one that it is not completely arbitrary, according to Peirce. By doing this, he gave a solid ground for mode’s affordances theory, relating the affordance of the mode to the object and its representation, and not to the interpreter or its knowledge.

However, not every sign is an icon. An icon is a close representation of the object; for example, a photograph of an apple is a highly iconic sign. But what happens then with symbolic and completely conventional images that had no resemblance with the object? or with the representation of abstract concepts? Like using an apple to represent original sin and the same object to represent the brand of a computer company.

I am of course aware that I do not have the authority to question Kress’ approach, and that this can only be taken as a personal opinion, but I do think that it is not necessary to modify Peirce’s theory to justify the affordance of a particular mode, if that’s what he was really looking for. I think that is in the relation between the object, its representation, and the interpretant where the modes’ affordances lie; in the pragmatic level of semioses following Pierce’s model—the level in which what signs are used for is defined (Nadin 1988, p. 271).

And finally, I think that it is very important for the “cultural diversity” element in the New London Group multiple literacies theory (and particularly for digital literacies) to accept the contextual component of the sign as an immanent part of it, as culture itself is context.

This is not a question of theories’ integrity. Peirce’s interpretant is what brings interpreter’s experience to the sign, is the answer to the following questions: Whom are we addressing this sign to? What do they know that we can use for making meaning for them? And how is that experience shaping the sign itself? These are important issues for literacies in general, but are definitively crucial problems for digital literacy, probably the must complex and rich of meanings of the existing ones.

 

REFERENCES

Bolter, J. D. (2001). Writing space: Computers, hypertext, and the remediation of print. Taylor & Francis.

Cazden, C., Cope, B., Fairclough, N., Gee, J., Kalantzis, M., Kress, G., . . . Nakata, M. (1996). A pedagogy of multiliteracies: Designing social futures. Harvard Educational Review, 66(1), 60-92.

Culler, J. D. (1976). Saussure. Harvester Press.

Deledalle, G. (2000). Charles S. peirce’s philosophy of signs: Essays in comparative semiotics. Indiana University Press.

Halliday, M. A. K., & Hasan, R. (1985). Language, context, and text: Aspects of language in a social-semiotic perspective Deakin University.

Kress, G. R. (2003). Literacy in the new media age. Taylor & Francis Group.

Kress, G. R. (2005). Gains and losses: New forms of texts, knowledge, and learning. Computers and Composition; Special Issue on the Influence of Gunther Kress’ Work, 22(1), 5-22.

Nadin, M. (1988). Interface design: A semiotic paradigm. Semiotica, 69(3-4), 269-302.

 

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Digital Literacy in the 21st Century

Over the past few decades, digital literacy has grown and expanded in many ways from word processing to web 2.0. Yet through all of those changes, instead of becoming obsolete, each new development remained at the forefront because of its distinct benefits and the additional affordances brought about by their interrelated quality. For instance, with word processing, documents are easily written, edited and formatted but with online communication they could also be rapidly distributed via email and other similar methods (Dobson & Willinsky, 2009). Likewise, because of the Internet, hypermedia offers a more connected and flexible nature while digital technologies like laptops or tablets and web 2.0 multimedia and information tools such as Skype, Moodle, and blogs are interactive and collaborative in addition to possessing the other affordances (Ng, 2012). As such, the more each of these tools and resources have become regularly used by the general population, the more influence it has gained in all aspects of everyday life to the point where it has created a global digital society (Jeffrey et al., 2011). It is therefore not surprising that, along with the key educational component of forging connections between knowledge and the real world, the need to keep learning current and relevant to the digital society has recently received widespread support. As a result, incorporating digital literacy within the curriculum is now highly important so as to ensure students are taught to be literate in an online context as well as adequately prepared for the future with ample practical experience in using digital technologies.

Presently, the majority of students, whether or not a digital native by Prensky’s definition, are already aware and have experience with digital technology. This is evident in Ng’s (2012) study wherein data showed among pre-service teachers at the University of New South Wales in Australia, on a daily basis, 63% use the web to access the school portal, 73% use the Internet to search for information, 82% send or receive emails and 84% use social networking software. Although these results are derived from one study, it does serve as a significant example for so many other students that regularly go online for education, work, social or entertainment purposes. However, learning to use those tools in an informal setting and often for personal reasons will not necessarily yield the level of skills and knowledge required for today’s society. It is therefore crucial that formal learning not only mirrors what is already being experienced outside of the classroom, but also teaches students effective digital literacy strategies. In particular, this can be understood “…as a form of information literacy that demands skilled navigating through, searching for, and making sense of relevant and reliable information (Dobson & Willinsky, 2009, p. 18). To ensure students properly learn such skills, educators must also teach them the inner workings of search engines, web page organization, how to discern or evaluate which resources are reliable and relevant for textual and multimedia sources as well as ethical and legal issues (Doering, 2007; Ng, 2012). In doing so, students will be more informed and more likely to utilize digital literacy strategies so that information gathered is satisfactory, copyright and plagiarism issues are adhered to and communication is conducted appropriately.

Like most things, learning about something is important but so too is practically applying that knowledge. Hence, along with teaching digital literacy strategies, students must also be given the opportunity to actively engaging with digital technology because more often than not, exposure on its own is simply not enough. Among the multiple arguments that have been made as to why this is the case, one of the most applicable is in regards to the inherent nature of web 2.0 tools, other forms of digital technology and the collaborative and experiential principles put forth by John Dewey in 1933 (Jeffrey et al., 2011). More specifically, because digital tools and resources are all designed to be highly technical, the only way to completely learn how to use it is through exploration, collaboration and an overall hands-on approach. Furthermore, educating from such an approach has recently developed into a much easier task since there are an endless amount of resources that can be integrated, such as Smart Boards, tablets or other computer applications; Google Docs, Edmodo and blogs for communication and collaboration, online libraries and Google Scholar for information searches, YouTube or Flickr for video and photo design and sharing, and wikis or Delicious.com for social bookmarking. Thus, the more educators practically incorporate these digital technologies into the classroom and teach students how to suitably apply digital literacy strategies, the better prepared they will be now and in the future.

References

Dobson, T., & Willinsky, J. (2009). Digital Literacy. In D. Olson & N. Torrance (Eds.) Cambridge Handbook on Literacy. Cambridge, UK: Cambridge University Press.

Doering, A., Beach, R., & O’Brien, D. (2007). Infusing multimodal tools and digital literacies into an English education program. English Education, 40(1), 41-60.

Jeffrey, L., Hegarty, B., Kelly, O., Penman, M., Coburn, D., & McDonald, J. (2011). Developing digital information literacy in higher education: obstacles and supports. Journal of Information Technology Education, 10, 383-413.

Ng, W. (2012). Can we teach digital natives digital literacy? Computers and Education, 59(3), 1065-1078.

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Del.icio.us links for science resources

I decided to explore del.icio.us for bookmarking links. I’ve used it in the past to find recommendations for good websites for teaching resources but never took the time to create my own. I like how this tool connects a community of people with a common interest. And you always come away with a good website to explore.

http://delicious.com/ceciliaysun

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Web 2.0 and Multiliteracies

The types of jobs and the skills required for them are changing today. It would be logical then for educational practices to reflect that. In this commentary I will examine The New London Group’s (1996) article on multiliteracies and how pedagogy need to address this changing educational expectation. I will also look at Alexander’s (2006) article on Web 2.0 as a new innovation and what it means for educators. Finally I will examine Alexander’s (2008) article on multiliteracies and how Web 2.0 is shaping the way students and educators interact and learn.

In the article “A pedagogy of multiliteracies” (The New London Group, 1996) the goal of literacy in learning is so that students can have equal access to the language necessary in their everyday life and to make meaningful social connections. It is recognized that we need to address the growing diversity and global connectedness that is today’s reality. Therefore the definition of literacy needs to be extended to include these changes. Our ways of teaching and our pedagogy need to be reevaluated to also reflect this change. Since the writing of this article, I think educator’s pedagogy has been evolving. For example, this is evident in BC math and science curriculum changes that were implemented in the last 10 years. Technology and different modes of learning are better addressed.

The article also discusses overcoming the barriers of language, culture and gender (The New London Group, 1996). That while our communities are becoming more diverse, subcultures are created within these communities. And our private lives are becoming more public. I think this is an important topic address in educational practices. The connectedness to the world can be a compromise on privacy of information. At the same time, that information and our diverse learners should be fostered to overcome these barriers to learning. Multiliteracy here refers to more than linguistic modes of learning but to visual, audio and spatial to name a few (The New London Group, 1996).

In Alexander’s (2006) description of web 2.0, no single definition is given. That is because web 2.0 encompasses a wide range of projects. However what they do share in common is that they are social software and are composed of microcontent, which are small chunks of information. It is highly user generated and is not static information. The user can decide on the amount of time spent on a web 2.0 projects and the requirement to become involved in this community is few. This would appear to be a great solution in education for students to become involved in literacy, in writing and in creating content.

Alexander (2006) raises issues regarding web 2.0, such as IT support, its use in higher education and violations of copyright. In current education practice, there is a desire to implement web 2.0 projects such as blogs and wikis as teaching tools. They have value in motivating students to write and to connect with others. They also teach students digital literacy necessary in today’s world. However copyright issues are much more difficult to teach, but need to be addressed. How should the guidelines of plagiarism be redefined? We take content from the web and make it our own. If the act of violating copyright has become easier for the average person then are we teaching our children to disregard copyright?

In Alexander’s (2008) article on web 2.0 and its implication on multiliteracies, the extension of web 2.0 into education is examined. The author believes that education often falls behind these web 2.0 innovations. Many schools and institutions use course management systems (CMS) to enrich learning. However the open web provides students with many more learning opportunities and promotes higher thinking skills as compared to CMS. CMS can feel very structured and teacher-centred, but they don’t necessarily need to. Student-student and student-teacher interactions be can more frequent in an CMS environment. And CMS may be an option for higher education, but might not be the best choice for younger students.

The open web could arguably give students more opportunities to write (Alexander, 2008) and to read but they need to first understand copyright and privacy. Password protection, such as in CMS solves many of those issues. In a protected environment, the teacher can moderate the content that is shared, give feedback, and protect the students’ privacy. Many parents are concerned about their child’s safety online and in being aware of cyber bullying that can occur unmonitored with the social connectedness that is web 2.0.

Educators should reexamine tools available to them such as web 2.0 to address the emergent multiliteracy. This multiliteracy is more than linguistic. We should ask what our future workforce will look like, and therefore how can we change our classroom to address it?

References:

Alexander, B. (2008). Web 2.0 and emergent multiliteracies. Theory Into Practice, 47(2), 150-160.

Alexander, B. (2006). Web 2.0: a new wave of innovation for teaching and learning? Educause Review, 41(2), 32-44.

The New London Group. (1996). A pedagogy of multiliteracies: designing social futures. Harvard Educational Review, 66(1), 60-92.

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The Influence of Information Communication Technology and Multiliteracies on the Evolution of the Library

Author’s Note: When I first started this project I was planning on doing an infographic.  I figured it would be the best medium to convey the infiltration of the visual on literacy.    However, it turns out my academic tendencies lean strongly to text, since in order to organize my infographic I ended up writing an essay.  I still wanted to try something new, hence the accompanying infographic opening my essay.  It’s not quite what I had in mind when I started out, but caused me to push my own visual literacy boundaries.

 

Evolution_of_Libraries title=
easel.ly

Figure 1: The Evolution of Libraries. Created using easel.ly.com

As technology evolves, so does the role of the library.  While some functions, such as private study, are still viable, the library has grown in its services to students and the public.  The shushing librarian is a thing of the past.   Libraries are now community-centred and the physical spaces grow and morph with the needs of the patrons rather than the number of books.  While stacks of reference material still prevail, technology is now a main focus.   In fact, they are not just reference centres, but also a place to grow and learn information communication literacy. In other words, people do not just come to study they also come to learn, collaborate and socialize with the librarians, instructors and each other.  Many of these changes are in response to society’s need for multiliterate and information communication technology savvy individuals.

In the past, libraries did not even exist.  This is difficult to fathom because they are so prevalent today and recent history.  Keep, McLaughlin and Parmar (1995) describe early texts, or palimpsests, as manuscripts that were erased and reused for writing over again.  Early writing was not coveted or preserved; practicality was important, and vellum was expensive.  Furthermore, most cultures were oral, rather than textual, and ideas, knowledge and stories were preserved via storytelling (Ong, 2002).  Even Plato railed against the fallacy of writing in the Phaedrus, claiming that writing will lead to forgetfulness (Postman, 1992).  Libraries came into existence as the creation of parchment, and later paper, became easier and writing a more accepted form of “memory” storage.  Libraries have always and still do focus on two things: service and spaces.  It is the definition of these two things that has changed in response to the digital technologies valued by our society.

Traditional Libraries

The original service role of a library was that of a book reference centre only.  In fact, the root word of library (libr) means book, emphasizing its importance (library, n.1, 1902).  Libraries originated from monastery collections, which were used to encourage dogma among monks, but not the public (Vais, 2012).  Even when libraries expanded to the cathedrals and colleges emphasis was placed on books and private study.  This is not surprising, considering illiteracy was rampant.  Reading was done only by the upper class and production was for church or court (Keep et al., 1995).  In fact, during the Middle Ages the upper class was in the habit of writing their own manuscripts and sharing among each other rather than the library (Keep et al, 1995).  Most library books were those of science, philosophy and theology and important books were made accessible to all by chaining them to desks (Vais, 2012; Saenger, 1997).  Chained books were later removed in the eighteenth century as improved printing led to cheaper books, increased literacy and patrons’ preference for mobility in their reading (Vais, 2012).

The Malatestiana, the first civic library in Italy

Figure 2: Malatestiana Library. The first civic library in Italy. (Uomodis08, 2009)

As for library space, there was place for private study, but space was only modified to make room for more books (Vais, 2012).    Often there was a place for scribes called a scriptorium, denoting another function of libraries.  McLuhan describes study carrels of the Middle Ages as “singing booths” because they were often used for dictation.   If there was a scriptorium, it was often below the library for security (Vais, 2012).  Libraries were a  “Meeting point between books and readers” (Vais, 2012, p.57) and not much else.

Today’s Libraries

The traditional library description is vastly different than today’s definition of library service and space.  In her research Ercegovac (1997) found while 86% of patrons search the library catalog and 60% borrow or return books, they were also using the library for instructional services (34%), instructional sessions (51%) and reference questions (45%).  In the advent of the Internet patrons are also using it for databases (67%) and electronic journals (72%).  While these numbers might not be so surprising, how the library space is now used is.  Private study is still the number one use (69%) (Ercegovac, 1997) (51-64%) (Given & Leckie, 2003).  However, Given and Leckie’s (2003) more recent research shows the space is also used for writing (18-24%), meeting friends (27%), talking to other patrons (12-20%) and using the computer (13-15%).

Given and Leckie (2003) postulate the lower numbers in social uses of the library is due to traditional perceptions of libraries, but point out the increasing popularity shows the need to provide spaces for them.  More than ever, libraries are requiring space for breakout rooms and social study space (Marks & Findley, 2005).  Some libraries, such as the Las Vegas LIED library provide stackable chairs and movable carts in order to create impromptu collaborative spaces (Marks & Findley, 2005).  And if this seems unconventional, some libraries even provide prayer rooms (Bayliss, 2012) and food courts or coffee shops (Given and Leckie, 2003).  The idea is the library is more than just a study space, but a place for social interaction and gathering.  Libraries are not shrinking; they are growing to accommodate the needs of the community (Boone, 2002).

The main concourse of the Vancouver Library

Figure 3: Vancouver public library concourse. The foyer to this library is a social space containing cafés and retail shops. (Kacharhook, 2005).

The physical reading material in libraries has even morphed from the traditional book.   Visual literacy, which is defined as the “ability to decode and interpret…visual messages and also to be able to encode and compose meaningful visual communications” (Gross & Latham, 2007, p. 103; Spalter and van Dam, 2008) is prevalent in today’s world.  A clear example is the graphic novel, which breaks free of enclosing panels and is longer than of a typical comic book (Keep et al, 1995).  It is a hybrid of comic and novel that did not exist even 50 years ago.  Bolter (2001) argues visual literacy challenges print literacy because it “claim[s] to achieve greater immediacy and authenticity by integrating images (and sound) with prose” (p. 47).  Movement towards visuality can also be connected to the fact that, compared to medieval times, today’s society is largely literate.  In fact, Bolter (2001) goes further to describe the present as “postliterate” (p. 55), meaning we are rising from the push for literacy into a new era where visuals are more ubiquitous than text.   An educator’s role is to help teach visual literacy because youth are bombarded with and involved in the production of visual materials, but do not always have the skills to assess it.   Libraries provide access and instruction to accommodate this.

However, the New London Group (2000) argues more vehemently for not just visual literacies, but multiliteracies, and libraries are providing for this as well.  Multiliteracy accounts for more than reading, writing and seeing.  Rather, it includes multimedia and information technologies as well as context, such a culturally, linguistically and globally diverse societies (The New London Group, 2000).  Dobson and Willinsky (2012) maintain the evolution of digital technologies over the past few decades has directly influenced perceptions of literacy.  The word processor provides for conceptual and collaborative work and hypermedia encourages critical thinking, accessibility and “blurs the boundary between reader and writer” (p. 5).  Alexander (2002) expands on this idea further in his claim that Web 2.0 “represents a conceptual shift accompanied by blurring and hybridity” (p. 152).  Libraries are now a hub for digital technologies.  Most have anywhere from 8-80 computers (Bayliss, 2012) and Internet access is usually ubiquitous (Boone, 2002).  Some argue there is an issue with finding space for both technology and books (Boone, 2002; Marks, 2005).  However, Ercegovac’s finding that low numbers of patrons are using computers in the library begs the question: is it due to the lack of computers or is there another reason?  Seadle (2002) purports the portability of objects, such as laptops, tablets and mobile devices, means libraries should forgo pre-laptop seating.  Patrons want to be comfortable, have light and look out a window.  As well, ergonomics matter because people are sitting and typing for longer periods of time. Hard-wired technology, such as screens and projectors, should be found in teaching and meeting spaces, but common areas need flexibility.

The main floor of the UNLV Lied Library

Figure 4: The University of Las Vegas Lied Library. This library has a large computer commons and social spaces on the main floor and reference material on the upper floors. (Shari, 2009)

 

Regardless of set up, libraries are taking a role in providing space and service related to multiliteracies.  Most librarians offer instructional session specifically on information communication techonology (ICT) literacy, and research shows it is necessary.  Gross and Latham (2007) discovered students often believe they have better ICT skills than they do, and the greatest perceptual disparity lies in those with the lowest levels of ICT.  Research subjects reasoned because they confidently use ICT in their lives they could do it for academic research.  However 45% of students entering higher education tested as non-proficient in ICT literacy.  The most common response for how they have become ICT literate is ‘self taught,’ illustrating the inconsistency of ICT skills being taught in K-12.  Libraries help fill this gap by providing instruction on how to find and evaluate resources.

As mentioned above, part of ICT literacy is knowing how to find appropriate information when needed, and a library’s capacity to index has been greatly increase by networked technologies.  In 1945 Vannevar Bush dreamed up the Memex; a machine capable of creating trails between items.  Bush criticized the lack of knowledge transmission due to having too much to sift through.  It is difficult to find what is needed when indexing systems use artificial classes and subclasses, and items can be in only one spot.  In other words, it is more beneficial to have “selection by association rather than indexing” (Bush, 1945, par. 53).  Who knew his idea would come to fruition in the form of the Internet and tagging.  In terms of the library and ICT, librarians help patrons with database searches daily.  Patrons can enter a title, author, subject or even just a keyword and potentially find what they are looking for.  With some basic training, one can become proficient in finding appropriate materials in a relatively quick manner.  However, what is most interesting is not only does it exists but is used by most individuals.  Alexander (2009) comments on the prevalence of tagging, or folksonomies, to label microcontent by many Internet users.  This is vastly different from ancient and middle ages when the public majority was illiterate and uninvolved.  Today’s focus on literacy as well as easily accessible technologies in private and public space has empowered users to not only digest, but collaborate, create and index information online.  Thanks to the work of users, indexing is not just done by the worlds’ libraries anymore.

Conclusion

Libraries have evolved over the years, and most recently in response to digital technologies.  They are not just a place for private study, but also a place to collaborate, receive instruction and even socialize.  The physical spaces reflect the needs of the community, whether it is the general public or the school population.  As well, the services reflect the growing demand for citizens to be multiliterate and confident and efficient with information communication technology literacy.  As technology continues to evolve the nature of the library surely will evolve too.

References:

Alexander, B. (2006) “Web 2.0: A new wave of innovation for teaching and learning?” Educause Review, 41(2), 34-44. Retrieved, April 5, 2008, from http://www.educause.edu/ir/library/pdf/ERM0621.pdf

Bayliss, S. (2012). How social media built a library.  Library Journal, 5/15/2012 supplement, 34-34.

Boone, M.D. (2002). Library design: the architect’s view. A discussion with Tom Findley. Library Hi Tech, 20(3), 388-392.

Bush, V. (1945). As we may think. The Atlantic Monthly, 176(1), 101-108. Retrieved October 17, 2009, from http://www.theatlantic.com/unbound/flashbks/computer/bushf.htm

Bolter, J.D. (2001). Writing space: Computers, hypertext, and the remediation of print [2nd edition]. Mahwah, NJ: Lawrence Erlbaum.

Ercegovac, Z. (1997). The interpretations of library use in the age of digital literacies: Virtualizing the name. Library and Information Science Research, 19(1), 35-51.

Given, L., Leckie, G. (2003). “Sweeping” the library: Mapping the social activity space of the public library. Library and Information Science Research, 25, 365-385.

Gross, M., Latham, D. (2007). Attaining information literacy: An investigation of the relationship between skill level, self-estimates of skill, and library anxiety. Library and Information Science Research, 29, 332-353.

Kacharhook, N. (2005). Vancouver public library concourse, retrieved November, 24, 2012 from http://www.flickr.com/photos/k9/84108898/

Keep, C., McLaughlin, T., & Parmar, R. (1995). The electronic labyrinth.*
Available: http://www3.iath.virginia.edu/elab/hfl0261.html

“library, n.1”. (1902). In OED Online. Retrieved from  http://www.oed.com/view/Entry/107923?rskey=n3rcOU&result=1.

Marks, K., Findley, T. (2005). Lied library at the university of Nevada, Las Vegas: Post-construction thoughts. Library Hi Tech, 23(1), 16-21.

Metros, S.E. (2009). The educator’s role in preparing visually literate learners. Theory Into Practice. 47(2), 102-109.

New London Group. (2000). A pedagogy of multiliteracies: Designing social futures. In B. Cope and M. Kalantzis (Eds.), Multiliteracies: Litearcy learning and the design of social futures (pp. 9-39). Youth Yarra, Australia: MacMillan.

Ong, Walter. (1982.) Orality and Literacy. New York, NY: Routledge.

Postman, N. (1992). Technopoly: The surrender of culture to technology. New York: Vintage Books.

Saenger, P. (1997). Space between words: The origins of silent reading.  Stanford, CA: Stanford University Press.

Vais, G. (2012). The house of books: The metamorphosis of the library space (Middle Ages). Philobiblon: Transylvanian Journal of Multidisciplinary Research in Humanities, 17, 50-63.

Seadle, M. (2002). The physical dimension of information space. Library Hi Tech, 20(1), 6-7.

Shari, M. (2009). UNLV-Lied library ground floor [photograph], retrieved November, 24, 2012 from http://www.flickr.com/photos/hamsters/3587903759/

Spalter, A.M., van Dam, A. (2008). Digital visual literacy. Theory Into Practice, 47(2), 93-101.

Uomodis08. (2009). Malatestiana 3 [photograph], retrieved November, 24, 2012, from http://commons.wikimedia.org/wiki/File:Bibl._Malatestiana_3.jpg

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The Latest Meme: Multiliteracies Emerging, Mainly Everyday (and what to do about them)

The recent form or state of the Internet is often referred to as “Web 2.0”, which signifies a large change in form and use since it was first used widely. In his 2008 article, Bryan Alexander defines Web 2.0 as “a way of creating Web pages focusing on microcontent and social connections between people. It also exemplifies that digital content can be copied, moved, altered, remixed, and linked, based on the needs, interests, and abilities of users (Alexander, p. 151).” The key words or ideas we could pull from this are: microcontent, connecting, changing, and customizable. Increasingly, the web is becoming a place to share and create small chunks of information that are malleable and can be altered to suit the needs of future consumers of the information. Alexander notes that some argue academics are now more likely to create many small pieces of content rather than one or a few larger ones (Alexander, p. 153).

En route to a newer web (a semantic web or web 3.0), much of the content now created is not original thoughts, necessarily, but it is tags, labels, and links that help to organize and categorize the ever-growing glut of information. This is a good example of how online information can be reshaped as well. For example, tags can be organized into various sorts of clusters or clouds, and they become more of a visual representation. This reshaping may reveal things about the tagged information or its users that was not visible before. Bookmarking is also now more social – users can share their links with others, and this information can be tagged / labeled as well on sites like Diigo or del.icio.us. These sets of bookmarks can also be very personal for some, serving as their external or outboard memory (Alexander, p. 156). Such shifts in thought and memory remind one of Plato’s Phaedrus, where he warned of the loss of one’s wisdom or memory due to written text and a new literacy. But – do people really need to remember as much information as they did before, or is a more modern version of wisdom being able to remember where you put things (or where new things might be) and how to find them?

Aside from a shift in memory, the many forms of information available online cause (and allow) us to be “multiliterate”, flexible, and collaborative. In one sense of being multiliterate, web users must be able to make / take meaning from different types of text (video, audio, words, mash-ups, etc.). Another side to this term is that being multiliterate also can refer to knowing what tools are available to create a text, being able to pick the right one(s) for a task, and also being able to manage and shift between more than one task at a time. Cope and Kalantzis’ version of this is multiskilling (2009). Kress’ version is multimodality (2005). Jenkins (2007) says

Students need help distinguishing between being off task and handling multiple tasks simultaneously.  They must learn to recognize the relationship between information coming at them from multiple directions and making reasonable hypotheses and models based on partial, fragmented, or intermittent information (all part of the world they will confront in the workplace). They need to know when and how to pay close attention to a specific input as well as when and how to scan the environment searching for meaningful data (p. 105).

This puts a lot of pressure on teachers to be at least as multiliterate or better than their students, which can be a challenge for many, as they may be an immigrant to today’s digital world, as Mark Prensky might say. While the teachers are getting “2.0 literate”, though, students should still be maximizing the experiences they have in the closed-world (vs. open digital world) space of their classroom (Alexander, 2008). Schools should help to form students who have a broad background in a variety of topics, and they should know when and how to solve problems on their own or with a social community or larger group, online or offline (Jenkins, 2007). Jenkins also goes on in more detail about other specific areas students need guidance in, including tool choice and judgement-making about found information, among other things.

How will teachers manage to help students learn what they need to be successful in the future? The answer to that is much greater than the scope of this commentary, but I have come across a few ideas:

  • Refer to Bates and Poole’s SECTIONS model for technology choice. It is meant for Learning Management Systems, but easily adapts to smaller pieces of software.
  • Keep Chickering and Ehrmann’s guide to using technology to implement Chickering and Gamson’s “Seven Principles for Good Practice…”. Again, this was meant for the undergraduate level, but it contains many good rules of thumb for any teacher.
  • Gee and Levine (2011) suggest using a spread-out “digital teacher corps” of digital-expert teachers, who would aid in the spread of knowledge and skills to teachers around them. Many jurisdictions in the world have technology mentors as well, with proven success (Demetriadis et. al, 2003).
  • James Paul Gee also advocates for the use of video games in learning. In his 2007 article, “Good Video Games and Good Learning”, he explains many reasons why video games are useful tools, which include many parallels to online learning – interactivity / social literacy, appropriate challenge level, the production of content, etc.

This is by no means a complete list, but, even for myself, these are things that I already use or have recently found and plan on keeping in mind. As I continue to strive to stay ahead of my students, every new idea and item I – and any other teacher – can refer to is a help.

References:

Alexander, B. (2008). Web 2.0 and emergent multiliteracies, Theory Into Practice, 47:2, 150-160.

Bates A. W. & Poole, G. (2003). A framework for selecting and using technology. In A.W. Bates & G. Poole, Effective Teaching with Technology in Higher Education (pp. 75-108). San Francisco: Jossey-Bass. 4.

Chickering, A.W. & Ehrmann, S.C. (1996). Implementing the seven principles: Technology as lever. American Association for Higher Education Bulletin, 49(2), 3-6. Retrieved November 24, 2012, from http://www.tltgroup.org/programs/seven.html

Cope, B. and Kalantzis, M. (2009). “‘Multiliteracies’: New literacies, new learning.  Pedagogies: An International Journal.  4(3), 164-195. Retrieved November 24, 2012, from http://www.tandfonline.com/doi/pdf/10.1080/15544800903076044

Demetriadis, S., et. al. (2003) Cultures in negotiation: teachers’ acceptance/resistance attitudes considering the infusion of technology into schools. Computers & Education, 41, 19 – 37.

Gee, J. P. (2007). Good video games and good learning. New York: Peter Lang

Gee, J.P., and Levine, M.H. (2011). The digital teachers corps: Closing America’s literacy gap. Progressive Policy Institute. Retrieved November 24, 2012, from
http://progressivepolicy.org/wp-content/uploads/2011/09/09.2011-Levine_GeeThe_Digital_Teachers_Corps.pdf

Jenkins, H. (2009). Confronting the challenges of participatory culture: Media education for the 21st century. (MIT Press, Cambridge). Retrieved November 24, 2012, from http://www.idunn.no/ts/dk/2007/02/confronting_the_challenges_ofparticipatoryculture_-_media_education_for_the?languageId=2

Kress, G. (2005). Gains and losses: New forms of texts, knowledge, and learning. Computers and Composition, 22(1), 5–22.

Prensky, M. (2001). Digital natives, digital immigrants. On the Horizon. NCB University Press, Vol. 9 No. 5, October 2001.

 

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A New Era of the Interactive Student: Textbooks, Tools and Technology

Critical Issues:

The invention of the printing press played a major role in the way humans gather and understand information. It continues to impact the literate world today but with a slight change, the onset of digital technology. The growth of digital technology and an increasing interest in the Internet has led to the emergence of the etextbook. However, despite these advances in electronic format, what potential can etextbooks hold when not in the hands of our students? Many educators may argue, ‘why fix something that is not broken’ or ‘resources are already available and sufficient, so why change it’? I believe this mind frame needs to be placed into a separate context. Educators need to realize that tools being used are still apart of the program and an etextbook is an additional tool, but a powerful one. However, with that being said, the integration of etextbooks takes more than just a willing educator. It requires financial support, a change in workload and the acceptance of the shifting role as a teacher. So the question is not can we change, but rather will we change? Many individuals are still on the fence to whether the transformation of technology within our lives has impacted people on a negative or a positive scale. Do our cognitive abilities decline due to the diminishing use of printed text? As people spend more and more time interacting with technology, can they still ‘think’ about the content in the same fashion?

Within some schools, printed texts are relied on heavily while other boards and provinces are beginning to integrate technology and understand the fundamental role it plays within students’ education. Without teaching students how to use technology appropriately in school, how can we expect them to fully engage with the way they ‘think’ through the content in the school, community and home setting?

Research on the brain suggests that technology can benefit the way in which we learn but it must be used to develop our skills and not just as an addiction that we are mindlessly drawn to such as email, facebook and gaming consoles. If education systems implement technology into our learning through etextbooks and help students discover the joy of learning content in a multimodal experience, is it possible to rewire the brain so that it responds and learns from new technological tools?

Dare to imagine? A Day Made of Glass 2:
[youtube]https://www.youtube.com/watch?v=jZkHpNnXLB0&feature=related[/youtube]

Etextbooks and the Brain:

The transformation of textbooks from paper to an electronic format, attempts to enhance the way in which we learn and connect to the evolving world of technology, literacy and science. So the real question is, how does the brain learn best? How can educators create successful learning opportunities within the 21st century classroom?

A learning environment that incorporates e-education creates many advantages for students. Through student-centred active learning strategies, the “contemporary e-textbook design has the power to support the individualization of the learning process” (Španović, 2010, p.460). When used properly, etextbooks offer educators a tool for inquiry through various multimedia and online collaborative tools. However, “student construction of knowledge, and the teacher’s facilitation of this construction, necessitates that both be prepared for the journey of inquiry (Doolittle & Hicks, 2012, pg.88). The main resource is still the teacher and the tools the educator chooses to use, helps to facilitate the learning. Gupta (2011) suggests that in order to be successful, “three critical dimensions of etextbooks” need to be present within the learning experience: “knowledge integration, collaboration and personalization” (Gupta, 2011, p.294).

Print versus’ Digital: Knowledge Integration
[youtube]https://www.youtube.com/watch?v=U8aUKwWGrbk&feature=relmfu[/youtube]

With the incorporation of the etextbook, students and teachers are able to access limitless resources via the World Wide Web. An etextbook has the ability to focus and help lead students in a particular direction while ‘opening up’ the learning to various sources such as articles, videos, audio recordings, interactive diagrams and even the ability to define words with the brush of a finger tip. “The textbook is no longer seen as a unique source of knowledge, but rather as a complementary source within a multimedia package”(Spanovic, 2010, p462). Bolter (2001) argues that “electronic structures are less rigid [and] there is no single, linear order of pages to determine how the reader should move through the hierarchy”(Bolter, 2001, p.98). Students may explore in the fashion that suits them best and follow their own path of learning.

Print versus’ Digital: Collaboration:
[youtube]https://www.youtube.com/watch?v=_Eu36VmH-u0&feature=relmfu[/youtube]

The Internet provides students with the ability to collaborate in study groups and project teams. Learning can be a continuous process in and outside of the classroom walls. The “Internet caused great changes in human communication, both in the communication between people and in their communication with different sources of information and various types of media”(Spanovic, 2010, p.265).

Students are still experiencing and collaborating face to face (f2f) but are now offered choice of collaboration strategies through different learning formats and tools. This type of collaboration space creates an online learning community with students who are actively participating not only within the environment, but also designing the learning process along the way. Students share a common purpose and follow a set of guidelines that help to facilitate their learning. Reflective practice through classroom blogs helps to extend knowledge and understanding of a topic or experience.

Although opportunities for online collaboration are inexhaustible, educators must create the environment for specific purposes and model the process along side their students. Classes can create common times to meet online outside of the classroom in Google docs or Twiddla, which are interactive whiteboard tools with chat features that are especially useful for the learning environment. Students can present information with creative tools such as Prezi, Gliffy, Glogster or Diigo. These types of presentation tools enable many collaborators so groups can work along side one another while they are designing. Nowadays, many different apps and free online software enable students and educators to communicate through discussions, collaborate through the sharing of ideas and resources, and cooperate towards one common purpose. In short, Web 2.0 tools provide a vast amount of experiences for students and teachers to engage with while using the etextbook. The possibilities are endless.

Print versus’ Digital: Personalization:

All students comprehend information in diverse ways and possess unique strengths as well as weaknesses within their learning. With the development of technology, new tools can be used so that educators can ensure that all students succeed. With a digital textbook, students can find multiple ways to interact with the learning material. Notes can be taken within the textbook and saved with easy retrieval. Printed text no longer needs to appear in written context. It can also be translated through different audio, video or visual functions to enhance students’ comprehension of a topic. Each student can study at their own level because the learning environment provides scaffolding opportunities to help students build upon their skills.

All in the Design:

Digital textbooks, online tutors and high tech software are the new learning tools complimenting textbooks. The constraints of the learning can be released and the ability to fuse knowledge into our every day life becomes possible. The etextbook is still very limited and underdeveloped, but with development of knowledge integration, online collaboration and personalization of the learning, students can soar to new heights.

“If an electronic textbook ‘involves’ a student into the learning process in the way that he/she is able to give his/her own examples about a topic, if he/she can check the accuracy of his solutions, if he/she can pose new problems, and is aware of errors he/she has made and similar, then we speak about the interactive student. However, if the textbook includes usual activities performed by the teacher, then we speak about the intelligent textbook” (Spanovic, 2010, p.266).

Many textbooks at the schools today are outdated. Digital textbooks designed to enhance student learning provide learning materials that can be applied directly to today’s learning environment and can be updated quickly and easily. A new era of innovation has arrived. Give students time to think and imagine. Let them dream and leave them free to explore and then,

Ask them to teach us…….
In my classroom, we call this innovation day.

Conclusion: “It’s More Than Just Saving Trees!”

Digital Textbooks in the Toronto Classroom:
[youtube]https://www.youtube.com/watch?v=misteE8Yihc&feature=related[/youtube]

An etextbook offers the same functions of printed text as well as addition tools for scaffolding and extended learning opportunities.  It has the ability to hold a vast amount of content compared to the printed text and built in dictionaries and thesaurus’ are added features that help to solidify understanding.

Beyond the multiple advantages that an etextbook can add to the learning environment, the education system must still take into account the expense of such a tool.  Although the initial cost of digital compared to print may be less, the ability to keep the technology up to date and running efficiently may not be an easy task.  With budget cutbacks, many schools have little money to spare for technology upgrades.  At such an early stage of implementation, the advantages may still not outweigh the disadvantages.  If the tools needed to learn are not working properly or are out of date, how can educators justify their use?  Can etextbooks be solely connected to the Internet so students can learn with multiple devices?  With the growing popularity of IPads, Kindles and Ebooks, students can BYOD (Bring Your Own Device) and connect wherever they may be in the school, at home or within the community.

Currently the design of digital textbooks still represents the printed version and requires extensive development and testing.  In order for students to truly enhance their learning, etextbooks need to expand past simple pdfs, jpgs and basic animations.  The learning environment should represent a multi-literate and multimodal world that goes beyond the book to offer the students a different experience from the printed text.  A properly designed etextbook offers students the chance to learn through ‘real world’ practice environments, increases student engagement and encourages teaching and learning activities that are student centred.

In order for educators to be successful with etextbooks in the classroom, educators need to be supported during the planning, implementation and assessment process.  Educators must also model using the tool when teaching and consistent feedback should be given to both the students and the teacher.  Above all, trained professionals in the IT field should be available to assist and help maintain the efficiency of the new tools and offer on-going support.

References:

1Flare48. (2011, May 30). Innovation Day. Retrieved on November 21, 2012 from https://www.youtube.com/watch?v=bJqM44zm32M

Bolter, D. (2001). Writing space: Computers, hypertext, and the remediation of print [2nd edition]. Mahwah, NJ: Lawrence Erlbaum.

Doolittle, P., & Hicks, D. (2003). Constructivism as a theoretical foundation for the use of technology in social studies. Theory and Research in Social Education31(1), 72-104. Retrieved from http://dx.doi.org/10.1080/00933104.2003.10473216

Layman, F. (2007, December 20). Print v. Digital 1. Retrieved November 18, 2012 from https://www.youtube.com/watch?v=U8aUKwWGrbk&feature=relmfu

Layman, F. (2008, February 29). Print v. Digital 2. Retrieved November 18, 2012 from https://www.youtube.com/watch?v=_Eu36VmH-u0&feature=relmfu

Spanovic, S. (2010). Pedagogical aspects of e-textbooks. Educational Sciences12(2), 459-470

TVO Parents. (2011, May 25). Digital Textbooks in the Classroom. Retrieved November 20, 2012 from https://www.youtube.com/watch?v=misteE8Yihc&feature=related

 

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Embrace the Change

Michael Wesch (2008) sheds light on the reality of students and classes in the post-secondary setting in “A Vision of Students Today”. After having selected a portion of the students he taught, Wesch (2008) asked them to share their thoughts on their education. Wesch (2008) describes the results he received from his students as a “disheartening portrayal of disengagement” in learning (para. 1). Wesch (2008) explains that a lot of his students claimed to hate school, but all said they loved learning (para. 12). Why is there a disconnect between a place where learning is supposed to be the epitome of its existence and the actual process of learning? The students’ reflections on their education were compiled into a video that has been seen on YouTube by millions also entitled “A Vision of Students Today”.

Our world is changing due to rapid technological advancements, therefore, the way we receive, and process information has also changed. However, the way university professors transmit their knowledge, and the way in which students are expected to acquire it has not changed. Wesch (2008) states that the university classroom “is nothing less than a state of the art information dump, a physical manifestation of the all too pervasive yet narrow and naïve assumption that to learn is simply to acquire information” (para. 5). However, we know that to learn is not to solely acquire information. To learn is to understand the information we are given, question it, reflect upon it, and discuss it. Yet, Wesch (2008) marveled at his achievement “to bring hundreds of otherwise expressive, exuberant, and often rebellious youths into a single room and have them sit quietly in straight rows while they listen to the authority with the microphone” (para. 8). He explains that “it has taken years of acclimatizing our youth to stale artificial environments, piles of propaganda convincing them that what goes on inside these environments is of immense importance” (para. 8). It is simply the way students have been taught for centuries in a post-secondary setting. If we conclude that sitting in an auditorium with the professor lecturing at the front is artificial, then one might ask themselves what would the realistic setting resemble?

The information Wesch (2008) received from his teaching assistants may help in answering the latter question. Wesch’s (2008) teaching assistants sat dispersed among his class of four-hundred students, “apparently, several students standing in the back cranked up their iPods as [he] started to lecture and never turned them off, sometimes even breaking out into dance. [His] lecture could barely be heard nearby as the sound-absorbing panels and state of the art speakers were apparently no match for those blaring iPods. Scanning the room [the] assistants also saw students cruising Facebook, instant messaging, and texting their friends. The students were undoubtedly engaged, just not with [their professor]” (para. 9). It is not surprising that in a setting which enables a detachment from the professor, students find ways to keep themselves entertained and busy. Nor is this an uncommon occurrence, as I have witnessed the same scenario when attending classes for my undergraduate degree. I would argue that a student occupying themselves with their technology while sitting in a classroom where the professor is lecturing is actually the norm. Perhaps creating a realistic learning environment for students means incorporating the technology they so adamantly use already during lectures.

Learning is not a passive activity, however, that is how it is still presented and treated in school, especially in post-secondary institutions. Marton and Tsui (2004) say that “it is highly unlikely that there is any one particular way of arranging for learning that is conducive to all kinds of learning” (p. 3). They go on to say that “in order to find effective ways of arranging for learning, researchers need to first address what it is that should be learned in each case, and find the different conditions that are conducive to different kinds of learning” (Marton & Tsui, 2004, p. 3). One way I would argue that connects with students and is conducive to different kinds of learning is the incorporation of technology. “We don’t have to tear the walls down…we can welcome laptops, cell phones, and iPods into our classrooms, not as distractions, but as powerful learning technologies. We can use them in ways that empower and engage students in real world problems and activities, leveraging the enormous potentials of the digital media environment that now surrounds us” (para. 19-20). I don’t believe lectures have to be taken out of universities all together, however, rethinking the way a professor engages with their students when they are in class, as well as outside of class must be considered. If students respond best to technology, create virtual classroom communities. Allow students to complete in class assignments online though the community. Create discussion forums that allow students to take discussions that happened inside the classroom, out into their real world. We must merge technology with what was once the normal way of teaching in order to create a liaison between professors and students today. Instead of fighting the change, we must embrace it and use it to our advantage, effectively creating the most optimal learning environment for students.

References:

Marton, F. & Tsui, A. B. M. (2004). Classroom discourse and the space of learning. New Jersey: Lawrence Erlbaum Associates, Inc.

Wesch, M. (2008). A vision of students today. Encyclopedia Britannica. Retrieved from http://www.britannica.com/blogs/2008/10/a-vision-of-students-today-what-teachers-must-do/

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Preservation Practices in the Digital Age

Introduction
Every new communication tool changes the way information is created, delivered, and consumed (Bolter, Postman). It also alters the means and methods by which our cultural identities are preserved. Advances in digital technologies have created a blurring between author and reader as anyone, anywhere, with access to computer and internet is able to create, edit, or reconstruct information that can then be shared with everyone everywhere at any time (Kress). As information moves further into the realm of “digitally converging environments” (Kuny) it creates significant challenges with respect to the preservation and retrieval of knowledge. As we advance further into the burgeoning digital era with its growing use of complex multimodal and hyper-mediated literacies we must consciously ask ourselves: Who are the keepers of our cultural knowledge? And more importantly, what steps are being taken to ensure that today’s information is preserved and retrievable for future generations?

Keepers of cultural knowledge
“Who controls the past controls the future. Who controls the present controls the past.”
George Orwell, Nineteen Eighty-Four, 1949.

There is growing concern for cultural preservation in the digital age. Some argue that we are amidst a “digital dark age” and “fear that if we cannot learn to explicitly save our digital data, we will lose that data, and, with it, the record that future generations might use to remember and understand us” (Bollacker, 106).Kuny worries that our historical record is in jeopardy in an era “where change and speed is valued more highly than conservation and longevity” (Kuny, 1).

As we venture forth into the overwhelming deluge of digital information we find ourselves reclaiming a term coined 50 years ago by Alvin Toffler – “information overload”. But the truth is every period in history has struggled to organize information to ensure future access. Grafton notes that “scholars have had to deal with too much information for millennia, and in periods when information resources were multiplying especially fast they devised ingenious ways to control the floods” (Grafton, p. 4).

In our current digital era librarians, archivists, and a growing number of for-profit businesses find themselves at the center of the preservation effort, but preservation in the digital age is not what it once was. Terry Kuny, in his article on digital preservation practices, notes these differences, “unlike conservation practices where an item can often be treated, stored, and essentially forgotten…digital objects will require frequent refreshing and recopying to new storage media (1997, 5). Citing a conclusion drawn by the Technology Assessment Advisory Committee to the Commission on Preservation and Access, he also notes, “preservation means copying” – not unlike what was done centuries ago but with many more challenges than ever before; for preservationists in the 21st century two words define their efforts: copying and collaboration.

Preservation Initiatives
In his article, “Escaping the digital dark age” Stewart Brand quotes Danny Hillis, “back when information was hard to copy people valued the copies and took care of them. Now, copies are so common as to be considered worthless, and very little attention is given to preserving them over the long term” (p. 46).

There are major efforts worldwide that refute this claim outright. The LOCKSS program, developed at Stanford, is one such preservation initiative that takes copying very seriously. LOCKSS, which stands for Lots of Copies Keeps Stuff Safe, allows libraries that are part of a network to collect, share, disseminate and preserve e-published scientific and scholarly journals. What that means is each subscribing library or node, possesses a copy of the original digital document, much like the traditional library model where books were copied and given to libraries worldwide to ensure survival, but now information is in digital format. In the event that information is lost at one institution, other copies exist to ensure the information is never lost completely. This form of copying is referred to in the digital preservation world as replication, and is regarded as one of the critical tools to ensuring longevity of data over time (Rudersdorf).

A second important strategy of digital preservation being undertaken by LOCKSS, and others, is format migration. One of the biggest risks with digital data is not physical damage but rather hardware and software obsolescence (Bollacker, 2010). In other words, the information could be stored, intact on a storage device, but inaccessible because the originating hardware and/or software no longer exist. When one considers there are over 51,000 file type extensions it is easy to see how challenging this part of digital preservation is (FILExt). As was noted by a librarian on the ALCTS forum, “print media can survive for centuries with some physical preservation techniques, but digital media requires continuous processes to keep it compliant with current technology. It is not only necessary to organize digital content but also important to preserve it to ensure accessibility, sustainability, and retrieval across time” (Madalli, 2012). LOCKSS is able to store information in multiple formats: blogs, pictures, videos, webpages, or text and currently there are over 510 publishers and hundreds of institutions worldwide using the LOCKSS system (LOCKSS website).

In addition to copying efforts, there are other mass collaborative initiatives underway by libraries, research institutions, governments, and even for-profit organizations focused on the digitization of data. Currently, there are over 5600 repositories and 175,000 collections worldwide (Archive Finder). Three major projects worthy of note are: the World Digital Library, a joint effort by UNESCO and the Library of Congress, (as well as major financial contributors like Google, who provided 3 million dollars towards the effort). Another is the Universal Digital Library, initiated by Carnegie Mellon University. It is best known for its Million Book Project. Most notable of late is the efforts undertaken by Brewster Kahle’s team at Internet Archive. In October of 2012 the Internet Archive announced it had reached a milestone – 10 Petabytes of data (Maruccia). Their most noted effort is the Wayback Machine, essentially a time machine which allows visitors to view billions of web pages as they originally appeared in years past. All of these sites and many more projects around the world, including Brand’s own Rosetta Project, are effectively preserving our old and new cultural artifacts in a variety of formats including manuscripts, maps, rare books, musical scores, photographs, recordings, films, prints, architectural renderings, and other significant cultural materials.

So while Grafton chooses to regard preservation efforts as a failed “patchwork of interfaces and databases” and others feel lost amid the “fractal, digital rubble” I am more optimistic. Where they see fragmentation I see “multiple points of entry” (Kress), and where they see efforts that are aiding in the “loss of our cultural memory” (Brand, p.46) I see an enormous challenge being met with collaborative efforts, utilizing the same tools to preserve as we are using to create – tools that promote “multiplicity” and foster a “network culture” (Bolter, p.204) – diverse preservation communities that share a single, unifying goal: “the preservation of the world’s cultural, historical, and scientific works, and their free access to the world over the Internet” (Knowledge Conservancy).

If you would like to watch a fun cartoon series on digital preservation, yes that’s right – a cartoon series – you can check out Digi-Man and his arch enemy Blizzard in action.

Resources
Besser, H. (2004). “The past, present, and future of digital libraries”. In A companion to digital humanities. Eds. Scribeman, S. & Siemens, R. & Unsworth, J. Retrieved from: www.digitalhumanities.org/companion/

Bollacker, K. D. (Mar/April, 2010). “Avoiding a digital dark age”. American Scientist. 98:106-110.

Bolter, J. D. (2001). Writing spaces. MLEA. Mahwah: New Jersey.

Brand, S. (1999). “Escaping the digital dark age”. Library Journal. Vol. 124: 2: 46-49.

Chan, L. and Ong, L. (Nov, 2012). “A university library for the 21st century”. UBC Reports Stories. Retrieved from https://www.vista.ubc.ca/webct/urw/tp0.lc5116011/cobaltMainFrame.dowebct

Chu, S. (Mar. 2001). “Paradox of digital preservation”. Computers. Vol 34: 3: 24-28.

Conway, P. (2010). “Preservation in the age of Google: Digitization, digital preservation, and dilemmas”. The Library Quarterly. Chicago: University of Chicago Press. Vol 80: 1: 61-79.

Grafton, A. (Nov. 2007). “Digitization and its discontents”. The New Yorker.

Hillbert, M. and Lopez, P. (April, 2011). “The world’s technological capacity to store, communicate, and compute information”. Science. Vol 332: 6025: 60-65.

King, B. (Jan., 2011). “Too much content: A world of exponential information growth”. Huffington Post Tech. Canada. Retrieved from: http://www.huffingtonpost.com/brett-king/too-much-content-a-world-_b_809677.html

Kress, Gunther. (2005). “Gains and losses: New forms of texts, knowledge, and learning”. Computers and Compositions. 22: 5-22.

Kuny, T.(1997). “A digital dark ages? Challenges in the preservation of electronic information”. 63rd IFLA council and general conference.

Postman, N. (1992). Technopoly: The surrender of culture to technology. New York: Vintage Books.

Rudersdorf, Amy. (19 Jan 2011). “Format concerns”. ALCTS e-forum. Retrieved from: http://lists.ala.org/sympa/arc/alcts-eforum/2011-01/msg00030.html

Smith, A. (2004). “Preservation”. A companion to digital humanities. ”. In A companion to digital humanities. Eds. Scribeman, S. & Siemens, R. & Unsworth, J. Retrieved from: www.digitalhumanities.org/companion/

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Using Multiliteracies in the Classroom

In Web 2.0 and Emergent Multiliteracies, Bryan Alexander (2008) discusses the use of Web 2.0 tools in classrooms in order to meet the needs of today’s digital native students. One of the digital strategies he looks at is social software or networking. Social software has increased connectivity of individuals through such media as: blogs, wikis, podcasts, video blogs, MySpace, Facebook and Flickr. Individuals can then use this social software to add comments, information or edit material (microcontent). Alexander (2008) believes that this social connection, combined with the openness of the web and the ability to add microcontent is what lead to social filtering. Social filtering includes adding to existing work, tagging information on the web and creating social bookmarking sites. The purpose of social filtering is to connect people with similar interests and weed out irrelevant web material for the user. All these multiliteracies can be useful teaching tools in today’s 21st century classroom. The challenging task for teachers is to find ways to implement them.

Hicks and Reed (2007) state that the best way for teachers to begin integrating multiliteracies in their classroom is to first plan their own technology rich project. One way they can do this is by creating their own weblog. Teachers can learn a great deal about weblogs through the trial and error process of maintaining their own. What better way to introduce your students to blogging, than by showing them your own. Alexander (2008) sees blogs as being a “centerpiece” of the web. Weblogs are different than webpages because they can easily be created and updated. In addition, it is relatively easy to comment on other blogs. All these factors empower people to write. For students, posting a comment on a weblog makes writing more meaningful. Michael Drennan (2012) views blogging as more motivating than standard writing and views it as stimulating and enriching activity for the students. Knowing that their work is going to be published on the world wide web by a larger audience allows students to take more pride in their work.

Another reason blogs may empower people to write is because they consist of microcontent. Alexander (2008) points out that since content added is relatively small, blogs are much simpler to create than entire webpages. A wiki is another example of microcontent. As a weblog is a series of posts, a wiki contains small bits of information that is continually added or edited by different authors. Alexander sees Podcasts as another example of microcontent. Even though the file size may be larger, it still is a separate chunk of audio recording that has been added. Dawn Reed is an educator that decided to experiment with Blogs and Podcasts in her Speech class. She found that once students realized there would be a large audience on the web and that there would be a permanent copy of their speech, they performed better and were more careful with pronunciation (Hicks and Reed, 2007).

Social bookmarking can be a useful tool for filtering information on the web. Alexander (2008) suggests that schools set up their own social bookmarking site. This would allow for people with similar interests to connect. He also feels that teachers and students could both learn from viewing each others tagging strategies (Alexander, 2008). Teachers can register for a social bookmarking site and then tag important websites for their students. Mark Barnes (2012) sees bookmarking sites, like Delicious, as a powerful way for teachers to share websites. They save value time for students, as they do not have to take the time visiting unnecessary websites. Alexander (2008) comments on the potentials for using social bookmarking sites for group projects, as members can continue to tag important resources for group members.

Although Hicks and Reed (2007) feel the benefits of using social networking in the classroom are great, there is still room for caution. They state that, “We need to adopt a multiliteracies perspective that keeps the mode, audience, and purpose in mind” (Hicks and Reed, p. 18). Teachers still need to be teaching students about literacy, not just how to use the technology. If they decide to plan their own weblog, they can use it to model proper blogging etiquette, copyright issues, and literacy skills. Educators need to look at why they want students to use this technology and plan accordingly. Providing the skills necessary for writing a post for a blog or the reasoning behind choosing a particular picture to upload is just as important as providing the instructions for setting up a blog or wiki. Hicks and Reed (2007) conclude their article with a reminder that it is the literacy development of the student that needs to remain at the forefront and the technology they use as secondary.

References:

Alexander, B. (2008). Web 2.0 and emergent multiliteracies. Theory Into Practice, 47(2), 150-160. Retrieved from http://www.tandfonline.com/doi/pdf/10.1080/00405840801992371

Barnes, M. (2012). How to use social bookmarking with delicious. Retrieved from http://learnitin5.com/social-bookmarking-in-the-k12-classroom

Drennan, M. (2012). Blogging in the classroom: why your students should write online. Retrieved from http://www.guardian.co.uk/teacher-network/2012/jul/17/students-should-be-blogging

Hicks, Troy and Reed, Dawn M. (2007) “Keepin’ it real: multiliteracies in the english classroom,” Language Arts Journal of Michigan, 23(1), Article 4.
 Retrieved from http://dx.doi.org/10.9707/2168-149X.1133

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